STSHC MasterClass Curriculum Matrix v1.0

STSHC v1.0 · Enterprise Curriculum Matrix

STSHC MasterClass
Curriculum Matrix

A premium 6-module organizational curriculum equipping enterprise operations and HR leadership with the capacity governance architecture, scoring infrastructure, and communication design frameworks of the STSHC v1.0 Core Standard.

STSHC_MASTERCLASS_v1.0_SYLLABUS Enterprise Operations & HR Leaders Pre-validation release

Mandatory Regulatory Boundary & Operational Disclaimer

All STSHC tools, indices, and curriculum components operate as voluntary, non-diagnostic, non-clinical planning heuristics for individual self-regulation and organizational workflow accommodation. No component functions as a medical device, clinical decision tool, or performance management classifier. SC and ACI scores are personal planning inputs only — not clinical measurements. This curriculum must never be used as the basis for employment, disciplinary, or fitness-for-duty determinations. STSHC compliance is currently self-declared; a formal certification process is planned for Version 2.0.

Program Overview

This curriculum provides enterprise leadership with a systematic capacity governance framework to transition team operations from rigid temporal tracking to dynamic, capacity-aware workflow accommodation. Grounded in the STSHC v1.0 six-pillar capacity architecture and its supporting empirical literature, this MasterClass equips organizations to reduce focus fragmentation, manage context-switching costs, and protect collective capacity continuity across diverse practitioner populations.

Core SC Formula SC = (MEI + ASI + PRS) − (ABC + SFV) + 7 · Scale: 0–20 · Non-diagnostic · Voluntary · Planning heuristic only

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STSHC v1.0 · Six-Pillar Capacity Architecture Theoretical Foundation of the MasterClass Curriculum

Pillar 1

Biological Capacity

McEwen & Stellar (1993)

Pillar 2

Psychological Capacity

Thayer et al. / Porges

Pillar 3

Cognitive Capacity

Leroy (2009)

Pillar 4

Meaning Capacity

Deci & Ryan · Frankl · Steger

Pillar 5

Relational Capacity

Coan (2015)

Pillar 6

Regenerative Capacity

Fredrickson · Bunzeck & Düzel

STSHC MasterClass · 6-Module Curriculum Phase 1: Capacity Foundations (Modules 1–3) · Phase 2: Execution Architecture (Modules 4–6)

Module 1 · Phase 1

Capacity Architecture Foundations

Bio-Operational

Core Objective

Deconstruct the Flatline Fallacy — the mechanistic assumption that human cognitive output is a static, non-fluctuating property — and introduce the STSHC six-pillar capacity architecture as an organizational planning lens grounded in supporting empirical literature.

The structural limits of treating effort as a uniform, time-stable resource — and the organizational cost of the Flatline Fallacy
Allostatic load as an organizational variable: how sustained capacity demand without adequate regeneration affects long-term workforce continuity (McEwen & Stellar, 1993)
Cognitive capacity fluctuation as a normal human property, not a behavioral deficit — the Human Variability Principle (STSHC v1.0)
Introduction to the SC equation as a voluntary, non-diagnostic planning heuristic for individual capacity routing

Deliverable

Enterprise Capacity Orientation Assessment — baseline SC familiarity and organizational readiness audit

Module 2 · Phase 1

Six-Pillar Capacity Modeling & Focus Fragmentation Audit

Capacity Mapping

Core Objective

Train leadership to identify and quantify the hidden operational friction caused by unmanaged environmental drag across the six capacity pillars, with particular focus on attention residue accumulation and SFV/ABC elevation as capacity drag mechanisms.

Mapping SFV (Sensory Friction Variable) and ABC (Affective Burden Coefficient) as measurable drag inputs in the SC equation
Attention Residue Theory (Leroy, 2009): how unplanned interruptions create attentional overhead that reduces effective prefrontal bandwidth across the team
Executing a focus fragmentation audit across team communication architecture using the STSHC Fragmentation Impact Calculator
Meaning Capacity as an organizational planning variable: the role of value congruence in reducing ABC and supporting task-initiation (Deci & Ryan, SDT; Steger et al., WAMI)

Deliverable

Collective Focus Fragmentation Audit — team communication architecture review and SFV/ABC elevation mapping

Module 3 · Phase 1

The SC Heuristic for Teams & Aggregate Capacity Planning

Scoring Infrastructure

Core Objective

Implement the SC planning heuristic and ACI (Aggregate Capacity Index) for team-level capacity-aware decision support — configuring ethical data aggregation architecture and establishing voluntary, non-diagnostic routing frameworks for workload planning.

Translating individual self-reported SC scores (MEI, ASI, PRS, ABC, SFV) into team-level aggregate planning models using the ACI formula
Establishing non-diagnostic, non-generalizable heuristics for voluntary workload shaping — SC as a planning tool, not a performance classifier
Configuring team dashboard routing aligned to the four capacity-neutral tiers: Full Availability (17–20), Baseline Availability (12–16), Conservation State (7–11), Restoration State (0–6)
The SC guardrail: IF MEI = 1 OR ASI = 1 → Workload-Reduction Guidance active regardless of total score

Deliverable

Team SC Dashboard Integration Template — Ethical Firewall Protocol compliant, client-side encrypted, aggregate-only visibility

Ethical Firewall Protocol — Phase 1 Completion Requirement

Before advancing to Phase 2 implementation, all organizations must confirm Ethical Firewall Protocol compliance: individual SC/ACI scores are encrypted client-side and never stored on any server in identifiable form. Team dashboards receive only aggregated statistics with a minimum cell size of five operators (n ≥ 5) — any aggregate with n < 5 is suppressed. No manager, HR business partner, or system administrator may retrieve an individual score. Capacity is a personal planning variable. It is not an organizational performance metric.

Module 4 · Phase 2

Capacity-Aware Task Sequencing & Workflow Accommodation

Execution Design

Core Objective

Design workplace task pipelines that accommodate neurological variance and diverse capacity profiles — reducing task-initiation barriers and supporting sustained output continuity across monotropic, variable attention, and dynamic physical capacity configurations.

Linear Sequence Pathway: Building structural environmental safety to facilitate direct, low-friction task engagement for practitioners with predictable activation patterns
Interest-Activation Sequence Pathway: Designing low-stakes entry points to reduce activation friction and support task initiation for variable attention profiles — aligned to Deci & Ryan's autonomy-supportive motivation framework
Neurological Variance Accommodation: Workflow designs specifically optimized for monotropic processing, variable attention (ADHD), and AuDHD capacity configurations — treating variance as infrastructure, not exception (STSHC v1.0 Human Variability Principle)
Dynamic physical capacity baselines: scope planning for practitioners with fluctuating physical capacity

Deliverable

Capacity-Aware Pipeline Flowchart Matrix — bi-directional sequencing templates aligned to SC tier routing

Module 5 · Phase 2

Protected Focus Architecture & Batch Communication Design

Calendar Architecture

Core Objective

Redesign organizational calendar and communication architecture to systematically eliminate unplanned context-switching latency and reduce attention residue accumulation — replacing reactive communication models with capacity-aware batch window governance.

Calculating attention overhead costs from unplanned interruptions using the STSHC Fragmentation Impact Calculator — theoretical planning estimates grounded in Leroy (2009)
Designing and implementing batch communication windows (recommended: 10:00 AM and 3:30 PM daily) with client-side asynchronous queue architecture — not server-side data control
The Critical Gateway Protocol: separating genuine operational emergencies from routine asynchronous messages to protect focus container integrity
Enforcing protected focus containers for high-demand cognitive roles — isolating specialized knowledge work from unscheduled synchronous meeting traffic

Deliverable

Isolated Attention Calendar Blueprint — batch window governance template aligned to STSHC v1.0 Section 5

Module 6 · Phase 2

The 6+1 Wave Cycle & Institutional Governance Integration

Wave Cycle Governance

Core Objective

Transition organizational delivery models into sustainable, capacity-aware rhythmic cycles using the STSHC 6+1 Wave architecture — preserving Regenerative Capacity (Pillar 6) through structured maintenance intervals and capacity-aware wave initialization.

Structuring delivery into 6-week focused production cycles followed by a mandatory 1-week Maintenance & Review phase — protecting Regenerative Capacity and preventing allostatic overload across the team
The Day 5 Team Planning Review: using aggregate SC data (Ethical Firewall compliant, n ≥ 5 minimum) to inform wave initialization decisions across all four capacity tiers
The Absolute New-Feature Freeze during the maintenance week: redirecting bandwidth to documentation, legacy repository refactoring, and technical debt clearance
Capacity-aware wave initialization: routing the next delivery cycle based on aggregate SC tier, not arbitrary calendar scheduling

Deliverable

6+1 Institutional Governance Wave Playbook — aligned to STSHC_61_WAVE_KIT_v1.0

Validation status notice: All SC and ACI cut-points, tier boundaries, and organizational impact projections are theoretically derived from supporting literature. No controlled trial of the STSHC framework has been conducted. Phase 3 empirical validation (I-CVI, ICC, NASA-TLX comparison) is planned. Treat all routing suggestions and projected outcomes as directional planning inputs rather than empirically established thresholds. STSHC compliance is currently self-declared; formal certification is planned for Version 2.0.